SafanDarley Launches Multi Cell: A Compact Automated Bending System for Midsize Sheet Metal

Compact, Flexible Automation for Midsize Bending Tasks
SafanDarley North America LLC has introduced the Multi Cell, an advanced automated bending system designed for handling sheet metal products ranging from 500 by 2,000 mm and with pressing forces between 40 to 125 tons. This system is ideal for a wide range of bending applications, particularly for mid-sized sheet metal pieces, offering flexibility and automation for industries requiring high precision and versatility.

Retrofit-Capable for Long-Term Investment
The Multi Cell system is built with future-proofing in mind, as it is retrofit-capable, meaning it can be upgraded with new technology and features to ensure long-term value for manufacturers. It is compatible with both servo-electronic and hydraulic press brakes, offering flexibility to integrate with existing equipment. Additionally, the system includes a 70-kg FANUC robot and customizable software and electronics, enabling high levels of automation and adaptability.

Modular Design for Enhanced Flexibility and Safety
The modular design of the Multi Cell system offers key features including safety fencing, automatic doors, and AGV (Automated Guided Vehicle) support for seamless automated material handling. The robot is centrally positioned to maximize reach and adaptability, enhancing flexibility across various production setups. Customization options such as feed-in/retake stations and angle measurement allow for precise control over the bending process, catering to a variety of sheet thicknesses and product specifications.

Industry Focus: Materials and Manufacturing Automation
This system fits squarely within the Materials category, offering significant advantages for industries requiring precision sheet metal bending and flexible automation solutions. The ability to adapt to a wide range of product sizes and the retrofit-capable design makes the Multi Cell ideal for manufacturers looking to improve production efficiency while maximizing long-term investment.